20161216 6969, upstream elevation |
During the 1937 flood, the water was nearly touching the bridge deck. [Reed Reding comment on a Facebook post via Dennis DeBruler.]
Modjeski and Masters, Inc. posted Yesterday [6/13/2019] was a beautiful day for a bridge inspection in Clarksville, TN. A team of our talented engineers performed both mechanical and electrical inspections of this swing bridge. |
Ralph Sowell posted R. J. Corman Railroad Bridge in Clarksville, Tennessee - on the Cumberland River. Built 1891. © Tennessee State Library and Archives. John Dennis: Early 1980's, Ft.Campbell pilots had "no fly over or UNDER this bridge" Flight Warnings- makes ya just wonder who tried.....Bridges Now and Then posted A paddlewheel steamer passes through the R. J. Corman Railroad Bridge in Clarksville, Tennessee, on the Cumberland River, c. 1891. (Tennessee State Library and Archives) Jim Ritchie: somebody is standing ( where the track is located) on this end of the swingspan group of folks gathered on the bridge - over right bridge pier John Blake posted |
Satellite |
Satellite |
+40+40, downstream elevation |
Note the material handling operation under the left side of the swing span in my telescope closeup of the swing span.
Once again I've learned that having the sun at your back is not necessarily a good thing when taking pictures of a bridge. As the caption indicates, I cranked up the brightness and contrast of the closeup of the swing span. Below is another downstream elevation view, but I did not post process it except for cropping.
downstream elevation overview |
downstream elevation |
I took pictures of the downstream elevation from the boat launch and a river side park, but they all turned out to be quite disappointing like the "downstream elevation overview" picture above from the boat launch. Fortunately, my wife took a bunch of "grab shots" as I drove along the river. Especially when we saw how long the wooden approach trestle was on the west side.
upsteam elevation |
Also note the huge guard pier they have upstream of the center pier for the swing pier. I imagine it is easy to control the direction of a tow going upstream because the relative speed of the water past the rudder would be high when the towboat is pushing against the current. But for downstream tows that are flowing with the current, the relative flow of water past the rudder would be low. I'm sure the towboats have twin screws so that the throttles of the two engines can help steer the tow. But that big guard pier indicates that twin screws can have limited control.
Update: A 3D Satellite image shows the length of the trestle over the flood plain.
3D Satellite |
Andrew Witkowski posted I was in Clarksville, Tennessee a few years ago to visit and I came across this bridge over the Cumberland River. I was wondering what it’s history was, like: what railroad had it built; when was it built; what railroad currently uses it; and how many trains use/cross this bridge? Any additional information the group can provide is greatly appreciated. Thanks in advance for any information on its story/history. Charles Windham Andrew Witkowski A three span through truss bridge built by the Pencoyd Bridge & Construction Co. The center span is a swing pin-connected through truss. The two approach spans are pin-connected, eight panel Camelback through trusses. Built for the Louisville and Nashville Railroad in 1891 and now owned by the R. J. Corman Railroad. It is known as the Cumberland River Swing Bridge. |
Before the 9'-channel waterway was built, the river could get quite low.
Screenshot |
A William Nelson III posted This is the Western trestle approach to the swing bridge over the Cumberland River near Clarksville , TN. Formerly part of the L&Ns old Memphis line , the eastern portion of which is operated as a short line from Guthrie, KY. To Cumberland City, TN ., run by the RJ Corman RR. This is the view from my farmhouse’s front porch. |
How many trains are there under the water someone told me two are still down in the water is that true?
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